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Automated Flight Information Validation and Correction System for Airport Operations
  1. case
  2. Automated Flight Information Validation and Correction System for Airport Operations

Automated Flight Information Validation and Correction System for Airport Operations

instinctools.com
Transportation
Logistics
Supply Chain

Challenges in Accurate and Timely Flight Information Management at Airports

The client faces difficulties in ensuring the accuracy and consistency of flight information displayed to passengers and staff. Manual data checks are time-consuming and prone to human errors, leading to delays and potential safety risks. There is a need for an automated system that can validate, correct, and manage flight data efficiently while allowing manual oversight when necessary.

About the Client

A large international transportation hub seeking to optimize flight information management, minimize human errors, and improve operational efficiency.

Goals for Enhancing Flight Data Management Efficiency and Reliability

  • Develop an automated flight information validation system to ensure data consistency and accuracy.
  • Reduce manual intervention in flight data checks, speed up data verification processes, and target a specific improvement in check speed (e.g., 50% or more).
  • Implement automatic correction of erroneous data where feasible.
  • Enable manual review and correction via an intuitive visual interface.
  • Ensure 24/7 system availability with robust data safety measures.
  • Achieve high system reliability, compliance with industry standards, and minimal data loss.

Core Functional Requirements for the Flight Data Management System

  • Automatic input handling and validation of flight data based on predefined rules.
  • Decision engine to classify data as correct or incorrect.
  • Automatic correction of identified errors in flight information.
  • Message generation and dissemination to flight information displays.
  • Separate visual module for manual correction accessible from any authorized machine.
  • Real-time monitoring and status updates of flight data validation process.
  • Access controls and security to prevent unauthorized data manipulation.
  • Data backup and protection against data loss with continuous system operation.

Technology Stack Preferences for Implementation

Server-side validation logic based on rule engines
Robust backend frameworks (e.g., Java, Spring, Hibernate)
Database management with relational systems (e.g., Oracle, PostgreSQL)
Middleware for message handling (e.g., JBoss or similar)

External System Integrations Needed

  • Flight information sources and scheduling systems
  • Display systems for passenger information screens
  • Manual correction interfaces accessed via standard web browsers
  • Security systems for access control

Key Non-Functional System Requirements

  • System should operate with 99.99% uptime, supporting a 24/7 schedule.
  • Data accuracy targets of 99.9% after validation and correction processes.
  • Automated processing time per flight record should be within 1 second for high throughput.
  • Protection against data loss with regular backups and transactional integrity.
  • Scalability to handle fluctuating flight volumes during peak periods.

Anticipated Business Benefits from the Automated Flight Data System

The implementation of this automated system is expected to significantly reduce human errors in flight information data, accelerating data verification and correction processes by over 50%. This will lead to improved passenger experience, enhanced operational safety, and increased efficiency in airport data management, supporting continuous 24/7 operations with high data safety standards.

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